The term “in situ processing” has evolved over the last decade to mean both a specific
strategy for visualizing and analyzing data and an umbrella term for a processing paradigm …

Understanding regional-scale water resource systems requires understanding coupled
hydrologic and climate interactions. The traditional approach in the hydrologic sciences and …

Today's leadership computing facilities have enabled the execution of transformative
simulations at unprecedented scales. However, analyzing the huge amount of output from …

The analysis of scientific simulation data enables scientists to derive insights from their
simulations. This analysis of the simulation output can be performed at the same execution …

Geographic modeling using geosimulations is a popular approach to explore outcomes from
interacting geographic processes in a region. Geosimulations account for space, time, and …

Advances in technology have led to a drive towards system on chip (SoC) designs. However
manufacturing and test costs have increased as rapidly as design complexity. Hence, in …

Geosimulations using computer simulation models provideGI scientists an effective way to
study complex geographic phenomena and predict future outcomes. Typically …

Critical applications like cyclone tracking and earthquake modeling require simultaneous
high-performance simulations and online visualization for timely analysis. Faster simulations …

Critical weather applications such as cyclone tracking require online visualization
simultaneously performed with the simulations so that the scientists can provide real-time …

Modeling and forecasting using geosimulations is a popular approach in geographic and
environmental studies. Geosimulations account for space, time, and complex spatiotemporal …